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Fundamentals of Electromagnetic Levitation: Engineering Sustainability through Efficiency

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  • Author:

  • Year: 2012

  • Format: Hardback

  • Product Code: PBCS0240

  • ISBN: 978-1-84919-663-5

  • Pagination: 248 pp.

  • Stock Status: In stock

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£74.00 Full price


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Description

Electromagnetic levitation is commonly associated with transport applications, principally “MagLev” trains. However the technology has many potential applications across engineering, particularly where there is a requirement to improve efficiency of electrical products and devices, propelled by the desire to minimise frictional and bearing losses and ohmic losses in conductors, the major causes of machine inefficiency.  

Fundamentals of Electromagnetic Levitation: Engineering Sustainability through Efficiency is an introductory text encompassing the enabling electrical technologies associated with magnetic levitation, electrostatic suspension, diamagnetic levitation and superconduction, high frequency magnetic levitation, high frequency electric suspension, and levitation using microwave pressure.  It aims to make aspiring and existing electrical engineers aware of the efficiency implications of frictionless machines and hence of how important this may be in a post fossil-fuel world in which the energy available from renewable sources is strictly limited.    

Book readership

Fundamentals of Electromagnetic Levitation: Engineering Sustainability through Efficiency will be of interest to students and academics in electrical and mechanical engineering and in energy conservation/environment disciplines, and industrial and business readers with energy efficiency concerns who may wish to improve their understanding of the potential of this technology.

Book contents

• Electromagnetic Fundamentals
• Invisible Forces of Levitation & Suspension
• Magnetic Levitation & Suspension
• Electric Suspension
• Superconductors in Electrical Engineering
• Diamagnetic and Eddy Current Levitation
• High Frequency Electric Suspension
• High Frequency Magnetic Levitation
• Engineering Sustainability

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